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The discussions emphasize the novelty of mimicking human eye movements to enhance visual perception, with phrases like 'improving texture perception' and 'significantly outperforming standard cameras' demonstrating excitement and recognition of the research's potential impact. Technical references and mentions of real-world applications show deep engagement and appreciation for the study's significance.
Most discussions recognize the value of mimicking human microsaccades to improve camera technology, indicating general support for the research.
Posts consistently highlight the innovative approach and potential applications, showing high curiosity and engagement with the topic.
Several discussions include technical details, comparisons to human vision, and implications for robotics, reflecting active analysis and interest.
Participants believe that this development could significantly advance robotics and imaging technology, although some debate the current limitations.
From @UofMaryland and @ZJU_China: a new camera that mimics the tiny movements of the human eye (microsaccades) to improve robots, smartphones & other image-capturing devices. @CFermuller @BotaoUMD @umiacs @umdcs @SciRobotics: https://t.co/0OYYJUif5M https://t.co/X8ECInavNC
In humans, #microsaccades prevent fixated objects from fading in vision. A rotating wedge prism does the same work for an #EventCamera that senses highly dynamic objects, according to a new study in Science #Robotics. https://t.co/qM1JPUqio3 https://t.co/nEiKoY7sIB
Researchers added a rotating wedge prism to enhance event camera texture perception, imitating the effect of #microsaccades in human vision. Learn more in Science #Robotics: https://t.co/QNqC2Vb3tB @umiacs @ZJU_China https://t.co/326krYKw3x
Two recent papers from Nature and Science Robotics show that it's *good* (not just possible) to use event cameras/sensors for mobile robots: https://t.co/fhsc2GrXRD https://t.co/SQOtb6KoQV We need advanced perception for animal-level advanced sensorimotor skills.
論文の方 ( https://t.co/aT4yKYCiKF ) は読めないけど、sony のいうとこの event-based vision sensor (EVS) の話で、「静止物体が検知できない」点を眼球の微細運動 (microsaccade) で解決してるっぽい。カメラ自体動かすのは大変そうだけど液晶シャッタ方式に比べて何かが良いんだな https://t.co/53EhNoGCzG
This video explores the development of the artificial microsaccade-enhanced event camera, inspired by human tiny eye movements, to improve visual perception in robotics. It demonstrates how this system outperforms…
This video introduces a neuromorphic vision sensor inspired by human microsaccades, called AMI-EV, which improves edge capture and texture stability in robotics by using a rotating wedge prism. Testing shows significant…
This video explores the development of the artificial microsaccade-enhanced event camera designed to improve robotic visual perception. Inspired by human eye movements, it uses a rotating wedge prism to enhance edge…
raw sensors are kind of hard to improve right now (they're effectively photon counters for some time already), but CPUs are improved so we can combine the data acquired in much more clever ways than just averaging https://t.co/RCClOof3Jf
RT @NEIDirector: From @UofMaryland and @ZJU_China: a new camera that mimics the tiny movements of the human eye (microsaccades) to improve…
RT @NEIDirector: From @UofMaryland and @ZJU_China: a new camera that mimics the tiny movements of the human eye (microsaccades) to improve…
RT @NEIDirector: From @UofMaryland and @ZJU_China: a new camera that mimics the tiny movements of the human eye (microsaccades) to improve…
RT @NEIDirector: From @UofMaryland and @ZJU_China: a new camera that mimics the tiny movements of the human eye (microsaccades) to improve…
RT @NEIDirector: From @UofMaryland and @ZJU_China: a new camera that mimics the tiny movements of the human eye (microsaccades) to improve…
RT @NEIDirector: From @UofMaryland and @ZJU_China: a new camera that mimics the tiny movements of the human eye (microsaccades) to improve…
From @UofMaryland and @ZJU_China: a new camera that mimics the tiny movements of the human eye (microsaccades) to improve robots, smartphones & other image-capturing devices. @CFermuller @BotaoUMD @umiacs @umdcs @SciRobotics: https://t.co/0OYYJUif5M https://t.co/X8ECInavNC
論文の方 ( https://t.co/aT4yKYCiKF ) は読めないけど、sony のいうとこの event-based vision sensor (EVS) の話で、「静止物体が検知できない」点を眼球の微細運動 (microsaccade) で解決してるっぽい。カメラ自体動かすのは大変そうだけど液晶シャッタ方式に比べて何かが良いんだな https://t.co/53EhNoGCzG
RT @prgumd:
In humans, #microsaccades prevent fixated objects from fading in vision. A rotating wedge prism does the same work for an #EventCamera that senses highly dynamic objects, according to a new study in Science #Robotics. https://t.co/qM1JPUqio3 https://t.co/nEiKoY7sIB
RT @SciRobotics: Researchers added a rotating wedge prism to enhance event camera texture perception, imitating the effect of #microsaccade…
Researchers added a rotating wedge prism to enhance event camera texture perception, imitating the effect of #microsaccades in human vision. Learn more in Science #Robotics: https://t.co/QNqC2Vb3tB @umiacs @ZJU_China https://t.co/326krYKw3x
Microsaccade-inspired Event Camera for Robotics: Neuromorphic vision sensors or event cameras have made the visual perception of extremely low reaction time possible, opening new avenues for high-... https://t.co/mDcc0nTYFG
Microsaccade-inspired event camera for robotics. #science #publication #research #publications https://t.co/U0gMnITslG
Two recent papers from Nature and Science Robotics show that it's *good* (not just possible) to use event cameras/sensors for mobile robots: https://t.co/fhsc2GrXRD https://t.co/SQOtb6KoQV We need advanced perception for animal-level advanced sensorimotor skills.
Microsaccade-inspired Event Camera for Robotics. https://t.co/rmMB5Yj2mf